Simplicity OPERATOR'S MANUAL -TLB, ALLMAND User manual

1

September 2004

TLB 220, TLB 225, TLB 325,

TLB 425 ESL AND TLB 535 ESL

ALLMAND BROS. INC

P.O. BOX 888

HOLDREGE, NE 68949

PHONE: 308/995-4495, 1-800/562-1373

ALLMAND FAX: 308/995-5887

ALLMAND PARTS FAX: 308/995-4883

TLB SERIESTLB SERIES

TLB SERIES

OPERATOR’S MANUAL

80025554

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2

INSPECTION CHECK LIST

FOR PREPARING Allmand TLB FOR DELIVERY OR RENTAL

The Allmand TLB require service as well as proper operation in order to provide the perfor-

mance and safety it has been designed for. Never deliver or put a machine into service with

known defects or missing instructions or decals. Always instruct the customer in the proper

operation and safety procedures as described in the operator’s manual. Always provide the

manual with the equipment for proper and safe operation.

CHECK LIST:

 Visually inspect the equipment to ensure that all instructions and decals are in place and

legible.

 Inspect the hydraulic system to insure all connections are tight and secure.

 Lubricate all grease fittings with recommended grease.

 Inspect all hydraulic hose for proper routing and signs of damage.

 Check the condition of the hydraulic cylinders.

 Inspect the steering system, tie rod ends, spindles and wheel bearings regularly and tighten

rod ends often.

 Check the outriggers and make sure they operate properly.

 Tighten lug nuts to 80 ft/lb (standard tractor) and to 295 ft/lb (ESL tractor) every 50 hours of

operation.

 Inspect the loader and backhoe for damage and test for proper operation.

 Inspect the loader bucket stops for damage. (there should be at least 1/2" clearance be-

tween cylinder rod and bucket pin grease zerk).

 Inspect the electrical wiring for signs of damage.

 Inspect the park brake for proper holding strength.

 Inspect the tires to ensure good condition and proper inflation.

 Make sure the battery is fully charged and terminals are tight and clean. Insure the electro-

lyte is at the correct level.

 Check the service intervals for oil filters, fuel filter, air cleaner, engine oil and hydraulic oil.

 Check the engine oil, hydraulic oil and fuel levels.

 Start engine and check for hydraulic leaks and proper R.P.M. at full throttle.

 Check to make sure the operator’s manual is with the equipment.

 Inspect the machine physically for damage and repair if necessary.

NOTE: See appropriate section of manual for scheduled maintenance intervals

 After completing the inspection checklist, operate the loader and backhoe through a com-

plete operation cycle, following the operating instructions in the operator’s manual.

WARNING

NEVER ALLOW ANYONE TO OPERATE

THE EQUIPMENT WITHOUT PROPER TRAINING!

ALWAYS READ THE INSTRUCTIONS FIRST!

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INTRODUCTION

This manual provides information necessary for the safe operation of the Allmand TLB.

The Allmand TLB standard configuration is powered by a gasoline engine connected to

hydrostatic pumps that drive hydraulic motors and cylinders that move the machine. Time

should be taken to understand the controls and movement of this equipment.

Specific operating instructions and specifications are contained in this publication to familiar-

ize the operator and maintenance personnel with the correct and safe procedures necessary

to maintain and operate the equipment.

Take time to read this book thoroughly. If you are uncertain about any of the information pre-

sented in the manual, contact the factory by phone at 800-562-1373 or by fax at 308-995-5887

or contact your dealer, for clarification before operation.

SAFETY SYMBOLS

The purpose of the SAFETY INFORMATION SYMBOL shown below is to attract your special

attention to safety related information contained in the text.

FAILURE TO UNDERSTAND AND COMPLY WITH SAFETY RELATED INFORMA-

TIONAL INSTRUCTIONS MAY RESULT IN INJURY TO OPERATOR OR OTHERS. IF

YOU DO NOT UNDERSTAND ANY PART OF THIS INFORMATION CONTACT YOUR

DEALER FOR CLARIFICATION PRIOR TO OPERATING EQUIPMENT.

NOTE

The word NOTE is used to bring your attention to supplementary information in relation to

various aspects of proper operation and maintenance.

NOTE: Keep this manual accessible during operation to provide convenient reference.

NOTE: Any reference in this manual to LEFT or RIGHT shall be determined by looking for-

ward while sitting in the operator’s seat.

DANGER

WARNING

CAUTION

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090158

Cover panel-upper left

090191

Cover panel-lower right

090189

Gauge panel-right side

090195

Rear fender-left of seat

090197

Rear fender-right of seat

090190

ROPS-front left

upright

090194

ROPS-front right

upright

SAFETY DECALS

SAFETY WARNING!

ALWAYS REPLACE ANY SAFETY AND Refer to these representations of the

INSTRUCTION DECALS THAT BECOME safety warning decals used on the

DAMAGED, PAINTED OR OTHERWISE Allmand TLB to insure

ILLEGIBLE. correct ordering if replacing becomes

necessary.

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5

090147

Right Frame Rail above

Directional Pedal

090187

Gauge panel-center

Gasoline models

090193

Right Frame Rail ahead of

exhaust pipe

090192

Right fender next to

fuel fill

090196

Right side of throttle

control

090034

Right fender next to

fuel fill

090179

Gauge panel-center

Diesel models

SAFETY DECALS

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SAFETY

AVOID INJURY FROM ROLLOVER ACCIDENTS!

 ALWAYS WEAR YOUR SEAT BELT WHILE OPERATING

THIS MACHINE.

 DO NOT ATTEMPT TO JUMP CLEAR OF A TIPPING MA-

CHINE. SERIOUS OR FATAL CRUSHING INJURIES WILL

RESULT

.

 THIS MACHINE MAY TIP OVER FASTER THAN A PERSON

CAN JUMP FREE.

AVOID INJURY FROM BACK OVER ACCIDENTS!

 BEFORE MOVING MACHINE, BE SURE ALL PERSONS

ARE CLEAR OF AREA.

 ALWAYS BE ALERT FOR BYSTANDERS MOVING INTO THE

WORK AREA. SIGNAL TO WARN BYSTANDERS BEFORE

MOVING MACHINE.

 WHEN USING A SIGNAL PERSON, KEEP PERSON IN VIEW

AT ALL TIMES. BE SURE SIGNAL PERSON IS CLEAR

BEFORE BACKING UP.

TO AVOID BACK OVER ACCIDENTS:

 Always look around before you back up. Be sure that everyone is clear of

machine.

 Use a signal person when backing up if view is obstructed. Always keep signal

person in view.

 Learn the meaning of all flags, signs and markings used on the job and who has

the responsibility for signaling.

 Dust, heavy rain, fog, etc., can reduce visibility. As visibility decreases, reduce

speed and use proper lighting.

TO AVOID ROLLOVERS

 BE CAREFUL WHEN OPERATING ON A SLOPE.

 AVOID SHARP TURNS AT HIGH SPEED.

 BALANCE LOADS SO WEIGHT IS EVENLY DISTRIBUTED AND

LOAD IS STABLE.

 CARRY LOADS CLOSE TO THE GROUND TO AID VISIBILITY AND

LOWER CENTER OF GRAVITY.

 REDUCE SPEED BEORE TURNING OR SWINGING LOAD.

DO NOT OVERLOAD: KNOW CAPACITY OF MACHINE. BE CARE

FUL WHEN OPERATION AT THE EDGE OF AN EXCAVATION,

TRENCH, DROP-OFF, AND LOADING OR UNLOADING FROM A

TRAILER.

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PREVENT MACHINE RUNAWAY

 Avoid possible injury or death from machine

runaway.

 Do not start engine by shorting across starter

terminals.

 Never start engine while standing on the ground.

Start engine only from operator’s seat with trans-

mission in neutral and park brake engaged.

AVOID INJURY FROM ROLLAWAY ACCIDENTS

 To prevent rollaway, always make sure machine is

properly secured before leaving operator’s seat.

 Death or serious injury may result if you attempt to

mount or stop a moving machine.

 TO AVOID ROLLAWAY:

 Park machine on level ground.

 Engage park brake.

 Lower all equipment to ground.

 Stop the engine.

 Block the wheels if you park on a grade and

position machine to prevent rolling.

USE SEAT BELT PROPERLY

 Use seat belt when operating machine to reduce

the chance of injury from an accident such as a

rollover.

 It is important to use the seat belt on ROPS

equipped machines to minimize the chance of

injury from an accident such as a rollover.

 Keep the seat belt in good condition.

 Carefully examine buckle, webbing and attaching

hardware.

 Be sure that attaching hardware is in place.

REPLACE THE SEAT BELT IF IT DOES NOT

OPERATE PROPERLY, IS DAMAGED, WORN OR

DETERIORATED IN ANY WAY.

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USE HANDHOLDS AND STEPS

 DO NOT mount tractor from the right (drive pedal) side.

 Falling is a major cause of personal injury.

 Always face the machine and use a three-point contact

when mounting or dismounting the machine.

 Never jump either on or off the machine.

 Never mount or dismount a moving machine.

 Be careful of slippery conditions on platforms, steps and

handrails when mounting or dismounting the machine.

DRIVE MACHINE SAFELY

AVOID DRIVING ON HILLSIDES OR STEEP SLOPES

 Set backhoe boom lock and swing lock to

center the boom before driving.

 This is a potential rollover hazard and could

result in a serious injury or possibly death.

 If you must drive on steep hillsides, moving

the backhoe to the uphill side of the machine

may make the machine more stable, depend-

ing upon working conditions.

DRIVE CAREFULLY:

 On slopes (avoid if at all possible)

 Where space is limited

 Over rough ground, curbs and tracks

 Near a ditch or excavation ALWAYS!

FOR TRAVELING:

 Carry loader bucket low.

 Never carry passengers.

OPERATE BACKHOE SAFELY

Before digging:

 Check location of electrical cables

 Gas lines

 Water and sewer lines

 Avoid accidental machine movement

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Before changing seats to operate the backhoe:

 Engage park brake.

 Lower loader bucket to the ground.

After changing positions to the rear

backhoe seat:

 Lower stabilizers to the ground.

 Lift rear tires off the ground so as to

remove the weight from the tires.

Otherwise, from the loader operator

seat:

 Raise loader bucket and stabilizers

 Drive machine forward to change

position

 Properly secure machine after each

move.

 DO NOT dig under stabilizers!

 Stabilizers must be set on firm

surfaces. Be alert to possible

machine movement when raising

stabilizers and loader bucket.

 Avoid swinging bucket to the downhill side of the machine when digging on a slope.

 Dump soil on the uphill side. If not, the machine has a possibility for rollover.

 Move boom slowly when raising loaded bucket to full height.

 Clear all persons from area of operation and machine movement.

HANDLE CHEMICAL PRODUCTS SAFELY

 Direct exposure to hazardous chemicals can

cause serious injury. Potentially hazardous

chemicals used with Allmand TLB equipment

include such items as lubricants, coolants,

paints and adhesives.

 A Material Safety Data Sheet (MSDS) pro-

vides specific details on chemical products,

physical and/or health hazards, safety proce-

dures and emergency response techniques.

 Check the MSDS before you start any job

using a hazardous chemical.

 Follow recommended procedures and only use

recommended and approved equipment.

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WARN OTHERS OF SERVICE WORK

 Unexpected machine movement can cause serious injury or even

death.

 Before performing any work on the machine, attach a “DO NOT

OPERATE” tag to the steering wheel.

USE SAFETY LIGHTS AND DEVICES

 Install and use all safety lights and devices necessary to as-

sure safe operation and local compliance.

 Keep all safety items in good condition. Replace any missing

or damaged parts immediately.

THE Allmand TLB SHOULD NOT BE DRIVEN ON PUBLIC

ROADS FOR ANY REASON.

 Trailer to job sites or from one work location to another.

 Slow moving vehicles, such as the Allmand TLB, present a

hazard that, if involved in an accident, could result in serious

injury or possibly death.

 A few minutes spent loading and trailering the Allmand TLB

may save some one’s life.

THAT LIFE MIGHT BE YOURS!

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PROTECT AGAINST FLYING DEBRIS

 Wear safety glasses or goggles to protect from flying

debris.

WEAR PROTECTIVE CLOTHING

 Wear close fitting clothing and safety equipment appro-

priate to the job.

 Operating equipment safely requires the full attention of

the operator. Do not wear radio or music headphones

while operating machine.

PROTECT AGAINST NOISE

 Prolonged exposure to loud noise can cause impairment

or loss of hearing.

 Wear a suitable hearing protective device such as

earmuffs or earplugs to protect against objectionable or

uncomfortable loud noises.

AVOID POWER LINES

 Keep away from power lines. Serious injury or death

may result. Never move any part of the machine or load

closer to power lines than 3 m. (10 ft.) plus twice the line

insulator length.

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BEWARE OF EXHAUST FUMES

 Prevent asphyxiation. Engine exhaust fumes can

cause sickness or death.

 If you must operate in a building, be sure there is

adequate ventilation. Either use an exhaust pipe

extension to remove the exhaust fumes or open

doors and windows to bring in enough outside air

into the area.

KEEP RIDERS OFF MACHINE

 Only allow the operator on the machine. Keep

riders off.

 Riders on machine are subject to injury such as

being struck by foreign objects and being thrown

off of the machine.

 Riders also obstruct the operator’s view, resulting

in the machine being operated in an unsafe man-

ner.

HANDLE FUEL SAFELY - AVOID FIRES

 Handle fuel with care, it is highly flammable. Do

not refuel machine while smoking or when near

open flame or sparks.

 Always stop engine before refueling machine. Do

not fill fuel tank inside any building structure. Al-

ways attempt to refuel in the out of doors.

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!

KEEP ROPS INSTALLED PROPERLY

Make certain all parts are reinstalled correctly if the roll-over

protective structure (ROPS) has been loosened or removed

for any reason.

TORQUE ALL ½” MOUNTING BOLTS TO 37 lb./ft.

CAUTION

This Roll Over Protective Structure (ROPS) has been certified to industry and/or government

standards. Any damage or alteration to ROPS, mounting hardware, or seat belt voids the

certification and will reduce or eliminate protection for the operator in the event of a rollover.

The ROPS, mounting hardware, (proper torque-37 lb./ft) and seat belt should be checked after

the first 100 hours of machine operation and every 500 hours thereafter for any evidence of

damage, wear, or cracks. In the event of damage or alteration, the ROPS must be replaced

prior to further operation of the machine

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14

Allmand TLB

GENERAL

The Allmand Allmand TLB heavy-duty, compact tractor-loader-backhoe is designed for its size

and maneuverability to excavate materials in areas that larger tractor-loader-backhoes can not

access. The front end loader is generally used for excavating, leveling, and for back filling

trenches and other types of excavations. The backhoe is generally used for excavation of soil

to form a trench or opening, depending upon operator’s needs, in areas where limited space is

a factor.

The base unit consists of a chassis, engine, hydrostatic transmission drive system, tires and

wheels, steering system, front end loader, hydraulic system, backhoe and Roll Over Protective

Structure (ROPS).

CHASSIS WITH INTEGRAL HYDRAULIC RESERVOIR

The chassis frame is constructed of formed steel and all components are welded in rigid fix-

tures to insure consistency of each part produced.

The hydraulic reservoir consists of the left and right vertical frame posts and the upper and

lower cross members. Provisions have been made in the reservoir for a 100 mesh suction

strainer, a 1-1/2" oil fill opening, Two 1/2" NPT magnetic drain plugs and oil level sight gauge.

The reservoir accomodates 10 gallons of hydraulic fluid and has room for the oil to expand.

The chassis includes mounting provisions for solid rear axle and drive plate, as well as the

oscillating front axle.

The chassis also includes mounting provisions for a certified ROPS which is attached with

specified hardware. The ROPS can be removed and replaced without affecting certification.

Refer to the proper section of this manual for instructions on this operation.

HYDROSTATIC TRANSMISSION DRIVE SYSTEM

The machine is driven by an infinitely variable hydrostatic transmission consisting of a variable

displacement pump and a fixed displacement motor. The pump unit includes a manual control

valve.

Control of the variable piston displacement pump is the key to controlling vehicle speed. Prime

mover horsepower is transmitted by the pump when the operator moves the directional control

pedal. When the variable piston pump swash plate is tilted, a positive stroke to the piston is

created.

DESCRIPTION OF MODEL

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This in turn, at any given input speed, produces a certain flow from the pump. This flow is

transferred through high pressure lines to the motor. The ratio of the volume of flow from

the pump to the fixed displacement of the motor will determine the speed of the motor

output shaft.

Speed of the output shaft is controlled by adjusting the displacement flow of the transmis-

sion. Load ( working pressure) is determined by the external conditions (grade, ground

conditions, etc.) and this establishes the demand on the system.

The motor drives a solid drive coupler bolted directly to a limited slip differential. Both the

motor and differential are rigid mounted in the frame.

The park brake is a 1" band type brake which, when activated by the lever mechanism,

restrains a machined steel drum mounted between the drive motor and the rear differential.

The brake is activated by an adjustable hand lever conveniently located to the right of the

operators seat.

POWER STEERING SYSTEM

The power steering is fully fluid linked. It consists of a manually operated load sensing

steering control valve and a steering cylinder that is attached to the left and right steering

arms. Fluid pressure is supplied from the load sensing gear pump to the steering control

valve and is directed to the appropriate side of the steering cylinder. The steering control

valve is a non-load reaction design which holds the axle position whenever the operator

releases the steering wheel.

HYDRAULIC SYSTEM

Hydraulic oil is contained in the reservoir as described in the “Chassis With Integral

Reservoir” section. Total system capacity is 10 gallons. Oil is drawn from the reservoir

through a 100 mesh suction strainer. A tee fitting allows oil to supply the charge pump in

the hydrostatic transmission as well as the auxiliary circuit gear pump. The hydrostatic

transmission and auxiliary circuit share a common reservoir.

The hydrostatic drive system offers infinitely variable control of speed, both forward and

reverse. The operator controls the hydrostatic transmission with a forward and reverse foot

pedal. The auxiliary circuit supplies oil to the steering control valve as required and to the

loader and backhoe.

Oil is returned into the left reservoir upright through a return filter. A stand pipe internal in

the reservoir returns oil below the reservoir level.

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DIESEL ENGINES

Available Kubota engines include the D905, 54.8 cu. in., 20 H.P. and the D1105, 68.8 cu.

in., 25 H.P. four-cycle, three cylinder, water cooled diesel engine. (Horsepower rating is

made with engine at 3000 RPM) Engine includes: low oil pressure sensor, 12 VDC electri-

cal system with starter and 30 amp. regulated battery charging circuit, spherical overhead

valve design, full pressure lubrication, and Bosch (MD type mini pump) injection pump.

Available ISUZU engines include the 3LD1 33.3 HP., four-cycle, three cylinder, water

cooled diesel engine. (Horsepower rating is made with engine at 3000 RPM) Engine

includes: low oil pressure sensor, high water temperature sensor (these sensors operate

warning lights on the dash panel. Tractor is not equipped with automatic shutdown sys-

tems), 12 VDC electrical system with starter, glow plugs, fuel solenoid and 20 amp. regu-

lated alternator charging circuit, full pressure lubrication, and Zexel individual injection

pumps.

LOADER

The loader assembly is manufactured to handle most excavation and landscaping projects.

Critical locations on the loader arms and cylinder mounts are reinforced with plate steel to

add durability. The pivot points of the loader are constructed of high strength steel to

create a wear resistant joint.

The bucket assembly is manufactured to provide a structurally stable container to excavate,

transfer, and load most types of product. The cutting edge is reinforced by a 1/2" thick

grader blade material spanning the full width of the bucket. The bucket working load ca-

pacity is 1/3 cubic yard.

RECOMMENDED TIRE INFLATION

Recommended tire pressure for the rear tires is 25 psi minimum, maximum to

manufacturer’s recommended pressures.

BACKHOE

Refer to the ALLMAND Backhoe Operators Manual for any general information.

GASOLINE ENGINES

Available engines include a ROBIN EH64 20.5 H.P. or a KOHLER COMMAND 25 H.P.

four-cycle OHV air-cooled gasoline engine. (Horsepower rating is made with engine at

3600 RPM) Engines includes: low oil pressure light, 12 VDC electrical system with starter

and 12 volt 15 amp. regulated battery charging circuit, overhead valve design, full pressure

lubrication, and maintenance-free electronic ignition.

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17

OPERATOR’S STATION

NOTE: Engine will not start unless

foot pedal is in the neutral position.

INSTRUMENT PANEL AND CONTROLS (Gas Powered Tractors)

I HYDRAULIC OIL LEVEL SIGHT

GLASS

J FOOT PEDAL-FORWARD/

REVERSE

K RIGHT FOOT REST

L OPERATOR’S MANUAL BOX

M WORKLIGHT TOGGLE SWITCH

N KEY SWITCH

O PARK BRAKE

A FUEL TANK

B CHOKE

C THROTTLE

D LEFT FOOT REST

E STEERING CONTROL

F HOUR METER

G OIL FILL/BREATHER CAP

H LOADER HYDRAULIC CON

TROL LEVER

TLB 220 and TLB 325 TRACTOR MODELS

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OPERATOR’S STATION

INSTRUMENT PANEL AND CONTROLS (Diesel Powered Tractors)

TLB 225, TLB 425 ESL and TLB 535 ESL TRACTOR MODELS

IMPORTANT: When the Low Engine Oil Pressure

indicator is activated, stop engine

immediately and investigate cause

of problem. Do not restart engine

until problem has been corrected.

IMPORTANT: When the High Water Temperature

indicator is activated, do not stop

engine. Reduce load and run

engine at slow idle. If indicator

remains on after several minutes,

stop engine and allow cooling time

before servicing engine.

IMPORTANT: When Engine Alternator Low

Volts Indicator is activated, a

problem is developing. It is not

necessary to stop the engine

immediately, but the cause should

be investigated as soon as pos-

sible

NOTE: Engine will not start unless foot

pedal is in the neutral position.

A FUEL TANK

B STEERING CONTROL

C KEY SWITCH

D ENGINE THROTTLE

E LEFT FOOT REST

F FRONT WHEEL ASSIST SWITCH

G GLOWPLUG INDICATOR

H FRONT WHEEL ASSIST PUSH BUTTON

I WORK LIGHT SWITCH

J HOUR METER

K OIL FILL/BREATHER CAP

L HYDRAULIC OIL LEVEL SIGHT GLASS

M WARNING LIGHT CLUSTER GAUGE

N FOOT PEDAL--FORWARD/REVERSE

O RIGHT FOOT REST

P LOADER HYDRAULIC CONTROL LEVER

Q OPERATOR’S MANUAL BOX

R PARK BRAKE

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SPECIFICATIONS

OVERALL DIMENSIONS

 Weight 3100 lbs. (1395 kg)

4620 lbs. (2100 kg) ESL

 Length 16’ (4.80 m)

 Height 82.5" (2.09 m)

 Width 56" (1.42 m)

 Wheelbase 65" (1.65 m)

 Ground Clearance 9" (22.8 cm)

111" (27.9 cm) ESL

TRACTOR

 Engines Robin EH64

Kohler Command 20

Kubota D905 or D1105

Isuzu 3LD1

 Transmission Hydrostatic

 Drive motor Ross ME Series

 Power steering Series 5 Load Sensing

 Differential Dana 44 Limited Slip

 Brakes Hydrostatic

 Parking brake Band type

 Speed range 0 to 5.5 MPH (9.2 km/h)

 Auxiliary hydraulic pump Gear pump

 Auxiliary hydraulic output (Loader) 6 gpm @ 2500 psi

 Auxiliary hydraulic output (Backhoe) 6 gpm @ 2150 psi

 Fuel tank 12 gallons (54 L)

 Hydraulic oil reservoir 10 gallons (45.4 L)

 Tire size (Front) 23 x 8.5 - 12

 Tire size (Rear) 31 x 15.5 - 15

 Tire Pressure (Front) Inflate to manufacturer’s

Recommendations

 Tire Pressure (Rear) 25 p.s.i. min. Max. as

specified by manufacturer

LOADER

 Maximum lift height (Bucket Pivot) 90" (2.29 m)

 Clearance with bucket dumped 76" (1.93 m)

 Reach @ maximum height 30" (76.2 cm)

 Reach @ grade 54" (1.37 m)

 Bucket rollback angle 40 degrees

 Bucket dump angle 25 degrees

 Digging depth 4" (10.2 cm)

 Lift capacity 1700 lbs. (765 kg)

 Breakout force 2600 lbs. (1179 kg)

 Bucket width 56" (1.28 m)

 Bucket capacity 1/3 yd (.25 cu. m)

Specifications are subject to change without notice

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ENGINE SPECIFICATIONS: Standard Tractor Models

Model

Robin EH 64 Kohler CH 20 Kubota D905

Bore 3.15” (80 mm) 3.03” (77 mm) 2.83” (72 mm)

Stroke 2.56” (65 mm) 2.64” (67 mm) 2.90” (73.6 mm)

Displacement 39.9 cu. in. (653 cc) 38 cu. in. (624cc) 54.8 cu. in. (898 cc)

Power @ 3600 RPM 20.5 HP (15 kw) 20 HP (18.6 kw) 20.5 HP (15 kw)

Max torque @2500 RPM 34 ft./lbs. (4.6 kg/m) 32 ft./lbs. (4.4 kg/m) 40 ft./lbs. (5.5 kg/m)

Com

p

ression ratio 8.3:1 8.5:1 23:1

Weight 96.9 lbs. (44 kg) 90 lbs. (41 kg) 205 lbs. (93 kg)

Oil capacity (with filter) 1.64 US qts (1.55 L) 2 US qts (1.9L) 5.4 US qts (5.1 L)

Lubrication Full Pressure w/Filter Full Pressure w/Filter Full Pressure w/Filter

Cooling System Air Cooled Air Cooled Pressurized System

ENGINE SPECIFICATIONS: ESL Tractor Models

Model

Kubota D1105 Isuzu 3LD1 D1105

Bore 3.07” (78 mm) 3.27” (83 mm)

Stroke 3.09” (78.4 mm) 3.62” (92 mm)

Displacement 68.8 cu. in. (1123 cc) 91.3 cu. in. (1.5 L)

Power @ 3600 RPM 25.5 HP (15 kw) 33.3 HP (15 kw)

Max torque @2500 RPM 54 ft./lbs. (7.49 kg/m) 70.3 ft./lbs. (9.53 kg/m)

Com

p

ression ratio 23:1 22:1

Weight 205 lbs. (93 kg) 291 lbs. (132 kg)

Oil capacity (with filter) 5.4 US qts (5.1 L) 6.7 US qts (6.3 L)

Lubrication Full Pressure w/Filter Full Pressure w/Filter

Coolin

g

S

y

stem Pressurized S

y

stem Pressurized S

y

stem

HYDROSTATIC TRANSMISSION:

 Displacement 1.44 in

3

/r (23.6 cm

3

/r)

 Flow @ rated speed and pressure 20 GPM (75.7 L/min.)

 Speed; Input 3600 RPM (Max.)

 Power, Input @ 3600 RPM 35 HP (26 kw)(Max.)

 Operating pressure (Max.) 3000 PSI (207 Bar) - Cont.

5000 PSI (345 Bar) - Inter.

 Pump element Piston

 Operating temperature 225 deg.F(107 deg.C)(Max.)

*Horsepower ratings are established in accordance with Society of Automotive Engineers -

Small Engine Test Code - J1349 GROSS.

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